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Anomalous Decay and Decoherence in Atomic Gases

机译:原子气中的异常衰减和干式

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Pair collisions in atomic gases lead to decoherence and decay. Assuming that all the atoms in the gas are equally likely to collide one is led to consider Lindbladian of mean field type where the evolution in the limit of many atoms reduces to a single qudit Lindbladian with quadratic nonlinearity. We describe three smoking guns for nonlinear evolutions: power law decay and dephasing rates; dephasing rates that take a continuous range of values depending on the initial data and finally, anomalous flow of the Bloch ball towards a hemisphere.
机译:原子气中的对碰撞导致破碎和腐烂。假设气体中的所有原子同样可能碰撞,因此将LINDBLADIA考虑到平均场类型的林针,其中许多原子的极限的进化减少到具有二次非线性的单个QUDIT LINDBLADIAN。我们描述了三枚用于非线性演变的吸烟枪:权力衰减和脱离率;取决于初始数据的连续值的脱位率,最后,波坡球向半球的异常流动。

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